Display and Method for Driving the Same

1. A display comprising: a display panel provided with scanning lines, signal lines located to intersect the scanning lines, and sub-pixels connected to the signal lines; a source driver, whose output terminals are each connected to an associated one of the signal lines, for driving the sub-pixels; and a controller for supplying a control signal to the source driver, wherein given that n is an integer of two or more, the polarity of an output voltage supplied from each output terminal is switched relative to a common voltage in every n horizontal scanning periods, and the timing of switching of the polarity of the output voltage is shifted by one horizontal scanning period for each frame, the source driver has a polarity shift circuit to which a polarity switching signal for controlling the switching of the polarity of the output voltage is inputted, and which outputs the polarity switching signal by shifting the signal by one horizontal scanning period for each frame, and the source driver has electrical charge recovering means which controls such that at least the two output terminals are short-circuited for a certain period of time in n horizontal scanning periods in reaction to the output of the polarity shift circuit.

2. A method for driving a display comprising: a display panel having scanning lines, signal lines located to intersect the scanning lines, and sub-pixels that are connected to the signal lines and arranged in a matrix pattern: and a source driver, whose output terminals are each connected to an associated one of the signal lines, for driving the sub-pixels, the source driver having electrical charge recovering means provided between two of the output terminals, the display being driven by employing an n line dot inversion drive scheme given that n is an interger of two or more, wherein the method comprises the steps of: a) supplying, from each output terminal of the source driver, an output voltage whose polarity is switched for every n lines; b) shifting the timing of switching of the polarity of the output voltage from each output terminal line by line for each frame; and c) given that n horizontal scanning periods are defined as one cycle, controlling the electrical charge recovering means, based on the timing of switching of the shifted polarity, so that at least the two output terminals are short-circuited for a certain period of time when the polarities of the two output terminals are both switched.